35mm² Coaxial Wire Stripping Machine Price

　　In the field of large-cross-section cable processing, 35mm² coaxial cables represent a higher technical challenge. The price of a stripping machine for this specification is not a single fixed number, but the result of multiple performance and configuration factors. Understanding these factors is far more valuable than simply comparing quotations.

　　First, stripping accuracy is the core element influencing price. A 35mm² coaxial cable typically includes an outer jacket, shielding layer, insulation layer, and inner conductor. This multi-layer structure requires extremely precise blade control and stripping paths. Machines capable of multi-stage, layered stripping with independently adjustable parameters for each layer naturally cost more than basic models that perform only simple stripping.

　　Second, the level of automation directly defines the price range. Semi-automatic coaxial stripping machines rely more on manual loading and unloading, feature simpler structures, and are generally more affordable for small and medium-sized manufacturers. Fully automatic models integrate automatic feeding, length cutting, and shielding layer forming or folding functions. These machines are designed for stable, high-volume production and usually carry a higher price, but they significantly reduce labor costs and rework rates.

　　Third, mechanical strength and the drive system also play an important role. With its large diameter and high rigidity, 35mm² cable places greater demands on machine frame rigidity, transmission systems, and motor torque. Machines built with heavy-duty frames, servo drives, and high-wear-resistant blades offer superior long-term stability. Although their initial price is higher, they are better suited for continuous industrial operation.

　　Overall, the price of a 35mm² coaxial wire stripping machine is essentially a reflection of its processing capability, stability, and automation level. When selecting equipment, buyers should look beyond the initial purchase cost and consider production volume, cable structure complexity, and future expansion needs to achieve the best long-term value.